**Drawing Electrical Circuits Series**

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'Real', a.c. circuits comprise combinations of resistance, inductance, and capacitance. Whenever we draw schematic diagram for a series RL, RC, or RLC circuit, we must once again remind ourselves that the circuit symbols we use are representing the quantities, resistance, inductance, and capacitors; they do not represent resistors, inductors, or capacitors! VITAL ! The key to understanding and solving any a.c. circuit, series or parallel, is the ability to draw its phasor diagram, and T: O: W: The circuit is drawn correctly so that it would work as a series circuit. The drawing is neat, organized, clear, and large. The circuit is drawn correctly so that it would work. The drawing is not clear or neat enough. The circuit is drawn.so that it would not work as a series circuit. 2. The constructed series circuit using one battery, wire, switch, and two bulbs. T: O: W: The circuit is made so that is works as a series circuit. All work is neat and organized. The circuit is made so that it Series and parallel circuits There are two types of circuit: series circuits and parallel circuits Series circuits 1 1 — CK^O No branches only one path to follow. Switch open — no current anywhere in the circuit. V =V +V +V "cell f 1 * v2 r Y3 □ These have no branches or junctions. □ They only have one path for the current to follow. □ Can be turned on and off by a single switch anywhere in the circuit: 'one out, all out'. □ They have the same current.flowing in all parts of the circuit.My invention relates to resistances to be inserted in an electric circuit for regulating to the amount of current passing therethrough. It is of the type of resistance formed by placing a series of plates of iron or steel in contact with one another and providing a movable contact that passes over the edges of the 15 plates to bring more or less of them into circuit. It consists in details of construction set forth in the following specification and claims. In the accompanying drawing, A represents 20 Introduction to DC electrical circuits ! Outcomes Subject Outcomes 1.4 Apply and explain electrical units and symbols. Draw and interpret series, parallel and seriesparallel DC resistive circuits.and calculate variables. i5 Learning Outcomes 1.4.4 Calculate the power consumed by a simple resistive electrical circuit in terms of DC theory. 1.5.1 Draw and interpret series, parallel and seriesparallel circuits according to instructions. 1.5.2 Calculate and interpret resistance, voltage, current Whatever value this angle happens to be, it will be the circuit's phase angle (symbol: φ, pronounced 'phi'). When a current flows through a series RLC circuit, a voltage drop will appear across the resistive component of the circuit, a voltage drop will appear across the inductive component, and a voltage drop will appear across the capacitive component of the circuit. Drawing the phasor diagram Step 1 In a series circuit,.the current is common to each component and, so, current is For example, if we were drawing the electrical analog for a hydraulic system, we would convert the node variables of pressures to voltages. Consequently, an electrical circuit containing inductors or a mechanical system containing springs will have no analog in thermal or hydraulic systems as we have modeled them. A similar difficulty The capacitor is the only accumulation element we have discussed that is not "singleended" and can be connected in series with other elements.Should any of the windows or doors having electric connection with the indicator be opened the complete circuit with the batteryalarm and through the indicator would be closed, thus sounding.the alarm. In an indicator for electric burglaralarms, the combination, with a metal strip, disk, or plate, a series of springanetal circuitclosers connecting the several circuits with said metal strip, plate, or disk, and a circuitbreaker arranged to break all the several circuits by a single continuous AC CIRCUITS OBJECTIVES ft After completing this Chapter, you will be able to : • Explain what the impedance triangle for an ac circuit is. • Define 'resistance', 'reactance' and 'complex impedance' with reference to an ac circuit. • Draw phasor diagrams for a series and a parallel ac circuit containing R, L and C. • Define 'complex power', 'apparent power', 'average power'.and 'reactive power', in an ac circuit, and state their units. 10.1 SERIES RL CIRCUIT Figure 1 0. la shows a series For anyone wanting a thorough treatment of DC and AC circuit analysis. This outstanding text has clearly established its niche as a focused, efficient, and stimulating introduction to electric circuits analysis.